US1286027A - Treating-table. - Google Patents

Description

3 SHEETS-SHEEY l.

Patented Nov. 26, 1918.

F. KOENIGKRAMER.

TREATING TABLE.

APPLICATiON mil) MAR. 23, 1914. 1,286,027.

F. KOENIGKRAMER.

TREATING TABLE.

APPLICATION FILED MAR. 23 1914.

Patented Nov. 26, 1918.

3$HEETSSHEET 2.

F. KOENIGKRAMERf TREATING TABLE.

APPLICATION FILED MAR. 23. r914.

3 SHEETS-SHEET 3.

Patented Nov. 26, 1918.

FRANK KOENIGKRAMER, 0F CINCINNATI, OHIO.

TREATING-TABLE.

Specification of Letters Patent.

Patented Nov. 26, 1918.

Application filed March 23, 1914. Serial No. 826,503.

To all whom it may concern:

Be it known that I, FRANK KOENIG- KRAMER, a citizen of the United States, residing at Cincinnati, in the county of Hamilton and State of Ohio, have invented certain new and useful Improvements in Treating-Tables, of which the following is a specification.

My invention relates to improvements in treating tables. One of its objects 1s to provide an improved vertically adjustable table, the respective top sections of which are independently supported and adjustable upon the vertically adjustable section of its supporting column. Another object is to provide a table having independently movable and adjustable top sections and 1mproved mechanism to movably support and adjust the respective top sections. Another object is to provide a table having a top section with a variety of different movements, and means to enable said several movements to be employed separately or conjointly. Another object is to provide a table having a movable section yieldingly sup ported upon a vertically adjustable standard and improved means to vary and adjust the tension thereof. Another object is to provide improved means to tension and limit the movements of the movable top sections to restrain or to prevent excessive or too free a movement thereof. My invention also com prises certain details of form, combination, and arrangement all of which will be fully set forth in the description of the accompanying drawings in which:

Figure 1 is a top plan view of my improved table.

Fig. 2 is a side elevation thereof.

Fig. 3 is a bottom plan view of one of the table top sections and its supportingand adjusting mechanism detached.

Fig. 4 is a sectional detail on line a: w of Fig. 3. v v

Fig. 5 is a sectional detail on line '1: 'v of Fig. 3.

Fig. 6 is a perspective view of one of the tensioning spring shackles detached.

Fig. 7 is a sectional detail of the mecha nism employed to support and raise or lower section E of the table top.

Fig. 8 is a view similar to Fig.7 illustratin; a modification thereof.

Fig. 9 is a sectional detail, taken on line t t of Fig. 2, of theframe 65.

Fig. 10 and Fig. 11 are bottom plan views of the table top section D.

Fig. 12 is a sectional detail on line a z of Fig. 11.

Fig. 13 is a sectional detail taken on line r r of Fig. 1.

Fig. 1 1 is a perspective view of thebracket 48 detached.

Fig. 15 is a perspective view of the bracket 44: detached.

Fig. 16 is a sectional detail on line w w of Fig. 2.

Fig. 17 is a top plan of the head F and parts mounted thereon.

The accompanying illustrations represent the preferred embodiment of my invention in which A represents a base, having extensions a. B a column vertically ad ustable relative to said base, and C, D, and E independent table top sections each supported upon and adjustable relative to said column B.

The column B may be adjusted relative to the base A in any desired manner. I have illustrated said column as a piston seated in a vertical cylinder in the base A, relative to which it is vertically adjustable hydraulically by reciprocating the handle, 2 of a hydraulic pump contained within sald piston. A brake shoe 3 forced against the outer face of the piston by means of a set screw 4: threaded through an ear of the base A serves to rigidly lock the piston in its adjusted position to retain the piston in place for long periods.

At the upper end of the piston B is an extended 0r enlarged head F having a dependingarm 5 which is bored to receive avertical shaft 6, and is provided with arectangular bar 7 which seats in a corresponding groove in the side of the base A to prevent the column B and head F from turning or rotating relative to the base A. At the upper end of theshaft 6 is a head orblock 8 rigidly locked to said shaft and resting upon the upper face of the head F. At thelower end shaft 6 is provided with a collar 9 held in place by aset screw 10 threaded through anear 11 of thearm 5 and into said collar and in position for the point of said set screw to selectively engage one or more holes in saidshaft 6 to lock the shaft to adjusted position and against rotation. Below the collar 9 is a block orcollar 12 rigidly locked toshaft 6 by a set screw.

The table top section C is designed to support thehead and shoulders of the patient, and is pivotally attached upon a horizontal axis at 14 on opposite sides toarms 15 of thehead F. Bars 16 are attached to a-projection 17 of the head F and extend outwardly parallel to each other beneath the section C. At the outer end of said bars-l6 is a pivotally supported gripping head orstirrup 18 which has a recess through whichpasses abar 19 which is hinged at 20 to the under side of the section C. Thebar 19 has stops 21 to limit its movement through thestirrup 18 and said stirrup has a block of hardenedsteel 22 which tends by the gravity action of thestirrup 18 to automatically grip thebar 19 and prevent it from passing downwardly through the stirrup. If desired aspring 24 may be employed instead of relyingupon gravity to'cause'the' stirrup to grip the'bar 19. Thebar 19 moves freely in the opposite direction through the stirrup. I also preferably provide a series of perforations in thebar 19 set at regular intervals apart, and by means of which and a pin inserted through one of said perforations above theblock 22 saidbar 19 may-bepe'rmanently locked to any desired position. For ordinary adjustments of the section 0 upon itscenters 14, the operator may lift the outer end of section C to any desired position of inclination when the'block 22 will automatically grip thebar 19 and hold the section in place, or if'it is desired to move section 0 to a position of less inclination the operator takes a hold of the outer end of section 0 with both hands and by pressing on thelever 25 of the stirrup with his knee releases the engagement-ofblock 22 withbar 19 and lowers the section C to the desired position when theblock 22 automatically reengagesbar 19.

The table top section D is designed to support the hips of the patient and to have a pivotal movement upon a vertical axis orpin 29, and also to be inclined or tilted upon a horizontal axis approximately above and intersecting said vertical axis, whereby said section D may be adjusted and held to either a horizontal or an inclined position. The section D has downwardly projectingcars 27 by means of which it is pivoted upon a horizontal axis to theframe 28. Theframe 28 has a downwardly projectingpin 29 which seats in a recessbored in the up er end ofshaft 6. The under face of frame28 rests upon thehead 8 adjacent to thepin 29, and thearm 30 offrame 28 rides'so close to the projectingend 31 ofhead 8 as to engage therewith when section Dis subjected to a heavy weight, therebv preventing thepin 29 being bent or unduly strained.

Acrank shaft 32 is journaled to theframe 28 with oneend 33. projecting to be grasped by the operator while thecrank pin 34 at the other end ofshaft 32 engages and travels in aslot 35 formed between theangle plate 36 and theflat plate 37. Said plates are held in position to the underside of section D by means ofscrews 33 on the shanks of which aresprings 39 which yieldingly hold the plate 37in engagement with thecrank pin 34. In the position of the crank indicated in Fig. 11 and in full line Fig. 12 the section D is inclined, while in the position Fig. 10 and dotted lines Fig. 12 the section Dis in a horizontal position. There is suflicient frictional engagement between theplates 36 and 37 and crankpin 34 to cause theshaft 32 to retain whichever position it is adjusted to.

The table top section E is supported upon aframe 40 relative to which it is adjustable endwise, and also pivotally. with the axis of its adjusting screw as a center. Theframe 40 is pivotally supported upon a horizontal axis at 41 relative to thehead 8 and yieldingly tensioned so as to secure a reciprocating or rocking motion of the section E about saidaxis 41. A screw threadedrod 42 is journaled inbrackets 43 and 44 attached to the section E and engages the central threaded boss of the cross bar 45 of theframe 40 to feed the section longitudinally of theframe 40, said screw being rotated by. hand by means of thecrank 46. A shaft47 concentric with thescrew rod 42 is j ournaled at oneend in thebracket 44 and at the opposite end in abracket 48 also attached to-the section E. Cross bars 49 and 50 are rigidly secured-by set screws to theshaft 47 between thebrackets 44 and 48 so as to rock with said shaft in its bearings The longitudinal rods offrame 40 pass through eyes in the cross bars 49 and 50 and slide longitudinally therein when the section is adjusted by the screw rod Rubber buffers or stops 51, carried bybracket 48, engage the ends of thecross bar 50 and noiselessly limit the rocking movement of theshaft 47. Thebracket 44 is provided with anannular projection 52 which is en aged by ashoe 53 held in engagement therewith by aset screw 54 carried by thecrossbar 49, said shoe serving to prevent theshaft 47 from rocking too freely in. its bearings w hich action may be varied byv adjusting theset screw 54. Ahand lever 55 is pivotally attached to section E at 56 and is provided with projectingarms 57 which may be shifted into and out ofengagementwith thecross bar 49 to lock the section Etoa' horizontal position above'and relative to theframe 40, by preventing rocking motionof theshaft 47 and its cross bars 49 and 50.

The rotary movement of theshaft 6 in itsbearing 5 provides for swinging the section E in horizontal planes backward and forward, and this movement is preferably limited and said section returned automatically to a central ornormal position by means of aspring 60 attached at one end to alink 64 pivoted to theprojection 31 of thehead 8 and at the opposite end to a threaded eye-bar 61 adjustably connected by anut 62 to abracket 63 attached to theprojection 17 of the head F, whereby any desired tension onspring 60 may be secured.

In order to adjustably tension the movement of the table section E and itsframe 40 upon thecenter 41, and to lock said section E against movement upon said section I provide aframe 68 substantially parallel withframe 40 and pivotally attached at 66 to thecollar 12 carried by theshaft 6.A. spring shackle 67 is pivoted to acarriage 68 which rides on theframe 65, and is adjustable thereon by means of thescrew rod 69. The screw rod is rotatably mounted in ablock 70 pivotally attached at 70 to the side bars offrame 65, and is adjusted by means of a hand wheel or crank 71. Anotherspring shackle 7 2 is pivotally attached at 7 3to'the head 8. Said spring shackles, see Fig. 6, are provided with a plurality of eyes to be engaged by a plurality ofcoiled springs 74 which springs tend to pull theframe 65 upwardly toward theframe 40. A threaded eye-bar 75 is pivoted upon across rod 76 of theframe 40, and anut 77 threaded thereto engages atube 78, see Fig. 7, which tube has forkedarms 79 at its lower end pivotally connected to thecenter 70 offrame 65, thereby enabling thenut 77 to be adjusted to force theframes 40 and 65 apart against the action of thesprings 74, and also serving to transmit the tension ofsprings 74 into force tending to lift and support theframe 40 and parts carried thereby. Downward movement of thenut 77 on thebar 75 tends to lift t 1e outer end of section E to a higher point, or to elongate thesprings 74, so that adjustment of thenut 77 may be made to substantially counterbalance variable weights to be supported by the section E. The movement of thecarriage 68 to or from the base A also serves to increase or diminish the tension of the springs and to increase the leverage of thesprings 74 tending to lift theframe 65, and through therod 75 theframe 40 and section E, thus providing an increased range of counter-weighting support for the section E.

As illustrated in Fig. 7 the lower end ofrod 75 is guided in thetube 78, with thenut 77 andtube 78 only in a thrust engagement leaving the section E free to be lifted still farther by hand with thenut 77 out of contact with thetube 78. In the modification Fig. 8, however, aninner sleeve 80 is rotatably mounted in thetube 78 and the rod 75' is threaded to saidsleeve 80, which may be turned by its hand.wheel 81 to feed the rod up or down within thesleeve 80, while thenut 82 is employed as a stop or lock nut.

In order to lock the section E against pivotal movement upon the center 41 I provide a depending arm which is pivoted upon a cross-bar 19 offrame 40 and its lower end interposed between one of the bars offrame 65 and astrap 92 locked at one end to saidbar 65 upon thebolt 70. At the opposite end thestrap 99 is seated. over a threadedstud 93, which is fitted with a clampingnut 94, by means of which the free end ofarm 90 is clamped to frame 65 to lock section E in place. When unlocked thearm 90 slides freely up and down between theframe 65 andstrap 92.

When the supportingmembers 75, 77, and 78 illustrated in Fig. 7 are employed in connection with the lockingmember 90 to transmit the resilient strain ofspring 74 from thearm 65 to the auxiliary top section E, themember 90 forms a non-extensible connection betweenmembers 40 and 65, and hence withmembers 40, 65, and 6, forms a rectangular frame-work, which prevents the top E andarm 65 from rising above a predetermined position, depending upon the point at whichmember 90 is clamped tomember 65. If however force downwardly is applied to the top E, sufficient to overcome the tension ofspring 74, which variable by adjustment; the force will be transmitted from the top E throughmember 90 toarm 65, themembers 7 5 and 77 will separate telescopically frommember 78 sufficiently to enable the top E andarm 65 to be yieldingly depressed to a limited extent, and when the downwardly directed force on the top E is released, the top E andarm 65 will return to but not above the predetermined point. Adjustment of thecarriage 68 will predetermine the amount of force downwardly on the top E which will be necessary to effect this downwardly yield ing movement of the top section E.

The top section D is locked against rotation upon itscenter 29 when desired by means of abar 95 sliding endwise relative to and across the top of head F. Said bar is actuated by a pivotedhand lever 96, and has upwardly projectinglugs 97 and 98, one of which engages anotch 99 in one arm of theframe 28, while the other engages under the opposite arm of frame .28, and in the locked position both serve to support the section D and to relieve the shaf 99 from strain.

My improved table is thus capable of being adjusted to secure a soft pliable flexi ble movement of the table section E. and adjustment thereof to correspond to the weight of the different patients. Said section has an endwise movement, a rocking movement and a pivotal movement, each of which may be locked or used independently of or in conjunction with the section E, and its separate adjustments employed independently and locked when not required. All the table top sections are also supported upon and adjustable relative to a common standard or support Which is itself vertically adjustable to secure the desired position of the patient verticallv.

When the top section D is locked to the head F it becomes, in effect or for practical purposes, a part of the section C. When the section D is unlocked from the head F and the forward or adjacent edge of section E is practically in engagement Withthe straight edge of section D, the sections D and E move in unison upon theshaft 6 as a center practically as a single section, While When section D is free to move and section E is adjusted to leave a considerable gap between sections D and E each of the three sections are practically free and independent of each other.

lhe mechanism herein illustrated and described is capable of considerable modifica tion Without departing tromthe principle of my invention.

Having described my invention, What I claim is:

1. A treatment table comprising a vertically adjustable standard, a' main table top section mounted upon said st'andard,an oscillatable auxiliary table top section, and means to support said auxiliary top section from said standard comprising a vertical axle journaled to said standard, a head carried rigidly by the upper end of said-vertical axle above said standard and rotatably supported upon the upper: face of said standard, a horizontal axle carried'by said head, an oscillatable :trame pivotally attached at one end to said horizontal axle, and means to adjustably slidably connect said auxiliary top section to and above said oscillatable frame.

2. A treatment table comprising a vertically adjustable standard, a main table top section mounted upon said standard, an oscillatable auxiliary table top section,.and means to support said auxiliary top section comprising a vertical axle journa'led to said standard, a head carried rigidly by said vertical axle above said standard and rotatably supported upon and above said standard, a horizontal axle carried by said head, an oscillatable frame pivotally attached atone end to said horizontal axle and yieldingly supported in a substantially horizontal posi tion, and means to adjustably slidably connect said auxiliary top section to and above said oscillatable frame.-

3. A treating table comprising a base, a main table top section adjustable vertically and to different angles of inclination relative to said base, and an auxiliary table top section adjustable axially to and from said main top section. and oscillatable transversely to said. adjustable axis, and means to tension said oscillatory movement of the auxiliary top section.

4. Atreating table comprising a base, a main table top section adjustable upon and relative to said base, andv an auxiliary table top section mounted upon said base and 0s cillatably adjustable relative to said base respectively upon vertical and horizontal axes, mechanism carried upon said base to yieldingly tension and restrain the respective oscillatory. movements of said-auxiliary top section, and means to independently lock said auxiliary top section against oscillatory movement upon its respective axes of oscillation.

5. A treating table comprising a main table top section, an auxiliary table top section, a support common to both sections, means to rotatably oscillate said auxiliary top section upon a supporting axis parallel to its longitudinal axis, and means to adjustably tension said oscillatory movement.

6. A treating table comprising a main table top section, an auxiliary table top section, a support common to both sections, means to rotatably oscillate said auxiliary top section upon a supporting axis parallel to its longitudinal axis, and means to frictionally't'ension said oscillatory movement.

7. A treatment table comprising a stationary base, a vertically adjustable standard carriedby said base, a main table top section mounted upon said standard, an oscillatable auxiliary table top section mounted upon saidstandard, and an intermediate table top section mounted upon said standard and.pivotallycmovableupon a vertical axis relative to said standard, and aheadjustable to horizontal and inclined positions upon a horizontal axis relative to said standard, .and means independent of the adjustments of said auxiliary table top'section to lock said intermediate top section against movement upon its respective axes of adjustment;

8. A treatment table comprising a supporting member, a table top member pivotally supported relative to said supporting member and adjustable/upon said support to dilferent positions of inclination, a supporting rod to support said table top memher in different positions of adjustment, said supporting rod being pivotally connected to said table top member and having sliding engagement Witha recess in an automatically actuated locking member 'pivotally supportedrelative to said supporting mem her and adapted to engage and automatically lock said supporting rod againstmovement' in one direction.

9. A treating table comprising a. stationary base, a main table top section mounted upon said base, an intermediate table top section mounted upon said base, and an auxiliary table top section mounted upon said base, said last named section being pivotally adjustable upon a plurality of axes arranged substantially at right angles to each other, mechanism to independently tension the movements of said section upon its respective axes of adjustment, and means to independently lock said section against movement upon its respective axes of adjustment.

10. A treating table comprising a main table top section, an auxiliary table top section, said sections being supported relative to each other by means of a horizontally, pivotally supported frame, upon which said last named section is mounted, and means to yieldingly and adjustably tension said pivotal frame comprising a second frame pivotally supported beneath said first frame and adjustably spaced therefrom at its free end, and a spring having an adjustable point of engagement with said second frame and tending to elevate said second frame.

11. A treating table comprising a main table top section, an auxiliary table top sec tion, a support for said top sections, and mechanism to yieldingly pivotally support said last mentioned section comprising a vertical shaft journaled to the support of said first mentioned section, frames pivotally connected to opposite ends of said shaft, an adjustable brace connecting the free end of the lower frame to an intermediate point on the upper frame and a spring tending to force said lower frame upwardly.

12. A treating table comprising a standard, a main table top section, mounted upon said standard, an oscillatable auxiliary table top section, and means to support said auxiliary top section relative to said standard comprising a frame pivoted upon a horizontal axis to said standard, cross-bars adjustable longitudinally upon said frame and pivotally connected to said auxiliary top section'at right angles to the pivotal axis of said frame to enable said auxiliary top section to be oscillated relative to said frame and upon said frame relative to said standard. and to be adjusted endwise relative to said frame.

13. A treating table comprising a supporting standard, a main table top section adjustablv supported relative to said standard, an auxiliary table top section pivotally supported relative to said standard, a supporting rod hinged to said main top section to support it in different positions of inclination, and a pivotally supported stirrup to automatically grip said supporting rod to lock said top section to its adjusted position, ani means to trip said stirrup to release saidr0 14. A treating table comprising a main table top section, a support therefor, an auxiliary table top section, and supporting mechanism connecting said auxiliary top sec tion to said support comprising a horizontally oscillating member pivotally connected to said support upon a vertical axis, a vertically oscillating frame pivotally connected upon a horizontal axis to said horizontally oscillating member. sliding members longitudinally adjustable upon said vertically oscillating frame, and brackets attached to said auxiliary top section and pivotally connected upon an axis longitudinally of said auxiliary top section to said sliding members, to enable said auxiliary top section to be oscillated relative to said support upon three axes at substantially right angles to eachother and adjustable to and from said support.

15. A treating table comprising a main table top section, a support therefor, an auxiliary table top section pivotally connected to said support to oscillate vertically relative thereto, and mechanism. to yieldingly support said auxiliary top section comprising substantially parallel pivotally mounted members, a member to adjustably space the free ends of said pivotally mounted members, and means connected to and adjustable longitudinally of one of said pivotally mounted members and tending to yieldingly elevate said pivotally mounted member.

16. A treating table comprising a stationary base, a standard mounted upon said base, a table top section to support the head and shoulders of a patient, mounted upon said standard, substantially parallel frames pivotally supported upon said standard and adjustably connected to transmit strain from one frame to the other, a spring "tending to force one of said frames upwardly, and a table top section to support the lower extremities of a patient mounted upon one of said frames.

17. An operating table comprising a support; a main table section mounted on the support; a vertical post mounted on the support; auxiliary and intermediate table sections, each pivoted independently of the other on said post; and means locking the post against rotation on its longitudinal axis.

18. A main table section; an intermediate table section; an auxiliary table section; means permitting vertical adjustment of the intermediate table section: means permitting angular adjustment of the auxiliary table section relative to the plane of the main table top; and means for locking said auxiliary table section in said adjusted positions.

19. The combination in a table of the described character, of a main table section, in termediate table section and auxiliary table section. of supporting means for each of said table sections, means to adjust vertically and in unison the height of said main,

intermediate and auxiliary table sections, a friction clutch device for securing said table sections in their adjusted positions, and means for releasing said friction clutch device.

said auxiliary swinging leaf and being pivotally connected with the lower extremity of said shaft, a link connection pivotally secured to the said auxiliary table-section and to the last said member, elastic means interposed between the table section and the said pivoted member extending parallel therewith, and means for rigidly locking the said member and the auxiliary tablesection in their adjusted position.

21. A main table section having supporting means, an auxiliary table sectionmovably associated with said main table section, a supporting rod hinged to said main table section to support said main table section in different positions of inclination, and a pivotally supported locking member to auto matically engage said supporting rod to lock 7 said main table section. to its adjusted position;

22. A treatment table comprising a base, a standard vertically adjustable relative to said base, a main table top section adjustably supported upon and relative'to said standweeps"? arcl, an auxiliary table top section oscillatably supported upon. and relative to said.

and table top sections relative to said base.

23. A treatment table comprising a standard, a main table top section mounted upon and relative to said standard, an auxiliary table top section mounted upon a substantially horizontal axle relative to said standard, an arm pivotally carried by said standard below said auxiliary top section, means to yieldingly lift said arm, a pair of telescopically connected supporting members respectively connected to said auxiliary top section and said arm to transmit a resilientsupport from said arm to said auxiliary top section, and a non-telescopic locking member adapted to be selectively employed in addition to said telescopic supporting members to support said auxiliary top section from said arm.

24. In a treatment table, a main table section, a resiliently sustained auxiliary table section oscillatable in a vertical direction, and means to be selectively employed to predetermine the'upward limit of said oscillatory movement.

In testimony whereof I have affixed my signature in presence of two witnesses.

FRANK KOENIGKRAMER. lVitnesses C. W. MILEs, WV. THORNTON Boenn'r.

Gopiesofthis-patent maybe obtained for five cents each, by addressing the Commissioner of Patents, Washington, D. G.

40 engagement with each other and adapted to prevent rotative movement of said standard

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